CAJ | 학술논문

本文提出了一套关于低影响开发（LID）设施创新设计方法，并介绍了LID技术在深圳大学土木结构实验大楼的应用。该项目应用了多个LID设施，包括生态屋顶、生物滞留池、自然排水系统、雨水花园、透水路面、蓄水箱和多功能调节池。该项目的LID设施的功能包括了测试不同的生长介质去除营养物的能力，评价生态屋顶、生物滞留池、雨水花园、透水路面的性能及暴雨滞蓄能力；测试蓄水箱和多功能调节池能力。该项目包括循环水系统、气候和水文数据的监测和收集系统，为学生和专业人士提供了可持续教育和培训设施，为观光者提供了漂亮的风景和观光小径，同时还为建设绿色低碳城市提供了宝贵的经验。
본문제출료일투관우저영향개발（LID）설시창신설계방법，병개소료LID기술재심수대학토목결구실험대루적응용。해항목응용료다개LID설시，포괄생태옥정、생물체류지、자연배수계통、우수화완、투수로면、축수상화다공능조절지。해항목적LID설시적공능포괄료측시불동적생장개질거제영양물적능력，평개생태옥정、생물체류지、우수화완、투수로면적성능급폭우체축능력；측시축수상화다공능조절지능력。해항목포괄순배수계통、기후화수문수거적감측화수집계통，위학생화전업인사제공료가지속교육화배훈설시，위관광자제공료표량적풍경화관광소경，동시환위건설록색저탄성시제공료보귀적경험。
This paper presents an innovative design of a suite of low impact development (LID),and introduces the application of LID technology in Civil Structure Experimental Building. Several LID facilities are applied to this project , including eco-roofs, bio-retention cells, natural drainage system, rain gardens, porous pavement, cisterns and multi-functional detention pond in the complex of the Civil Structure Experimental Building at Shenzhen University. The LID facilities in this project are designed for the multi-purposes usage including testing different growing media of the eco-roofs for nutrient removal, evaluating performances of eco-roofs, bio-retention cells, rain garden and porous pavement for stormwater attenuation and reduction, testing rain water harvest using cisterns and detention pond. This state of this project also includes water circulation system and preinstalled climate and hydrological data monitoring and collection systems, and serving as sustainable educational and training facilities for engineering students and professionals.Then, a beautiful landscape and tour path have been built for the visitors. At the same time, the research could also offer valuable lessons for building a green low carbon city.